GPS-Denied Autonomy.
Pure Intelligence.

Deploy autonomous UAV systems that navigate contested environments without GPS, radar, or LiDAR. No RF emissions required. Built for the modern theater of operations.

The GPS Dependency Problem.

Modern defense and industrial operations rely on a single point of failure: GPS. In electronic warfare and urban canyons, this dependency is a critical vulnerability.

Pelican Autonomy eliminates this risk. Using pure AI and mathematical modeling of camera telemetry, our systems achieve RF-Silent Autonomy: navigation that emits no electronic signature, is passive, and resilient in denied environments.

Pelican-GEO live inference dashboard

Field Performance

Watch the Pelican platform in action: flight demonstration and autonomous navigation testing.

The Pelican Fleet

Modular UAV platforms designed for diverse mission profiles, from tactical surveillance to heavy-lift logistics.

Pelican S silhouette S-CLASS

Pelican S

Compact, rapid-deploy tactical scout for urban and close-quarters intelligence gathering.

25mEndurance
2kmRange
500gPayload
M-CLASS

Pelican M

The workhorse. Balanced endurance and payload for persistent surveillance and mapping.

45mEndurance
10kmRange
2kgPayload
Pelican L silhouette L-CLASS

Pelican L

Extended range and heavy sensor suite capability for stand-off reconnaissance.

90mEndurance
25kmRange
5kgPayload
Pelican XL silhouette XL-CLASS

Pelican XL

Strategic logistics and heavy-lift platform for mission-critical supply and sensor transport.

3h+Endurance
50kmRange
15kgPayload

VTOL R&D

Iterative flight testing of vertical take-off and landing prototypes en route to the production airframe.

Early VTOL prototype hover test
Prototype 1: Hover stability rig
Winged VTOL prototype in transition
Prototype 2: Wing-in transition test
Flying-wing VTOL prototype in flight
Prototype 3: Flying-wing configuration

In the Field

Production hardware in flight-test and public demonstration settings.

Pelican airframe at a rural flight-test site
Airframe deployed for field operations
Pelican airframe on display at a public defense demonstration
Public demonstration: defense innovation showcase
Pelican Autonomy exhibition booth with flight hardware
Pelican Autonomy exhibition booth, Ottawa

Engineering Precision

Explore the Pelican airframe in 3D. High-fidelity models optimized for mission planning and integration.

Integrated assembly: airframe with internal systems
Winglet design study: exterior aero evolution

Drag to orbit, scroll to zoom. Models are decimated gray-skin reference geometry; production CAD is not distributed publicly.

Core Intelligence

Our software-defined autonomy stack delivers precision performance where others fail.

Overwatch Targeting

Real-time geolocation and distance calculation of any visible object using pure camera telemetry.

RF-Silent Navigation

Passive, vision-based navigation that emits no RF energy. Leaves no electronic footprint for enemy detection.

DDIL Resilience

Operational continuity in Denied, Degraded, Intermittent, and Limited environments.

Latest Updates

Program milestones and technical progress.

2026-04

Advanced flight demonstration program with external collaborators

demonstration
2026-04

Expanded execution capacity through external technical partnerships

partnership
2026-04

Surpassed $1.5M in cumulative internal investment

investment
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